声明
ACKNOWLEDGEMENTS
ABSTRACT
摘要
TABLE OF CONTENTS
LIST OF TABLES
LIST OF FIGURES
CHAPTER 1.INTRODUCTION
1.1 Background
1.2 Uses of High Resolution Satellite Imagery
1.3 Concepts of Plane Surveying
1.4 Motivation for the Research
1.5 Research Problem
1.6 Aims and Objectives of the Research
1.7 Our Research Work
1.8 Basic Methodology
1.9.What to Accomplish in the Research
1.10 Definition of Terms
1.11 Thesis Structure
CHAPTER 2.LITERATURE REVIEWS
2.1 Literature Reviews
2.1.1 Reviews for Satellite Imagery Geo-rectification
2.1.2 Reviews for Image Quality Evaluation
2.1.3 Reviews for Image Dimensionality Reduction
2.1.4 Reviews for Image Classification
2.1.5 Reviews for Boundary Detection and Feature Extraction
CHAPTER 3.RELATED ESSENTIALS OF SATELLITE IMAGE PROCESSING
3.1 Introduction
3.2 High Resolution Satellite Imagery Preprocessing
3.2.1 Image Noise and its Factors
3.2.2 Types of Image Enhancements
3.2.3 Filters used in Image Enhancement
3.3 Georectification of Satellite Imagery
3.3.1 Satellite Imagery Geometric Modeling of Distortions
3.4 Satellite Imagery Edge Detection
3.4.1 Satellite Imagery Edge Detection Methods
3.5.Satellite Imagery Morphological Operations
3.5.1 Highlights on Erosion Operation
3.5.2 Highlights on Dilation Operation
3.5.3 Highlights on Opening and Closing Operation
3.5.4 Grayscale Morphological Operations
3.6 Straight Line Detection using Hough Transform
CHAPTER 4.PRE-PROCESSING OF SATELLITE IMAGERY FOR CADASTRAL FEATURES EXTRACTIONS
4.1 Introduction
4.2 Rectification of High Resolution Satellite Imagery
4.2.1 Processing Preparations
4.2.2 Satellite Imagery dataset
4.3 The Effects of Filters on Satellite imagery
4.4 Quality of High Resolution Satellite Imagery
4.4.1 Quality Evaluation of High Resolution Satellite Imagery
4.5 Satellite Imagery Dimensionality Reduction
4.5.1 Satellite Imagery and 2D Discrete Wavelet Transform
CHAPTER 5.CADASTRAL FEATURE EDGE DETECTION SEGMENTATION AND CLASSIFICATION
5.1 Introduction
5.2 Satellite Imagery with Sobel and Canny Edge Detection Methods
5.3 Imagery Edge Linking
5.4 Satellite Imagery Segmentation
5.5 Cadastral Features Satellite Image Classification
5.6 K-Means Clustering Algorithm for Satellite Imagery Classification
5.6.1 Color-Based Segmentation Using K-Means Clustering
5.6.2 Performance Evaluation of the Algorithm
5.6.3 Summary of Imagery Classification
CHAPTER 6.CADASTRAL FEATURE BOUNDARIES EXTRACTIONS AND DELINEATIONS
6.1 Introduction
6.2 Using Morphological Operation for Cadastral Features Extractions
6.2.1 Morphological Operations on Aerial Close Ranged Imagery
6.2.2 Morphological Closing Operations on Satellite imagery
6.2.3 Performance Evaluation of Segmentation Algorithm
6.3 Satellite Imagery with Hough Transform
6.3.1 Performance Evaluation for the Delineation
6.4 Comparison of Results
6.4.1 Comparing our Morphological Closing Algorithm with Region Growing based Algorithm
6.4.2 Comparison of the Satellite imagery classification algorithms
CHAPTER 7.CONCLUSION AND FUTURE PERSPECTIVES
7.1 Conclusion
7.2 Future Perspectives
REFERENCES
APPENDIX
FUNDING
PUBLICATIoNS DURING THE RESEARCH PERIOD
BIOGRAPHICAL NOTE